When moisture in dust particle its is late to ionise the gas as it was dry, so gas late to Ionise meanwhile gas accumulation treatment times fail. So the electrostatic precipitator lass efficient during this.
Lightning comes when two weather "fronts" come together and moisture particles collide. Rain = moisture in one of those fronts, hence, lightning and rain are often together.
The air temperature rises when particles in the air begin to move faster. The energy of the motion of particles is called thermal energy.
Sand is small particles of solid rock, that don't have the ability to absorb moisture. The water runs right through it.
Water vapor, low pressure, dirt/dust particles in the air
Lightning comes when two weather "fronts" come together and moisture particles collide. Rain = moisture in one of those fronts, hence, lightning and rain are often together. Lightning does occur even when it is not raining. ==Answered By: whatrukidding==
how much of wet in solid particles its called moisture
it gives moisture which gives water particles
Moisture held in tiny spaces between soil particles . It is principal source of moisture for a plant' root.
Yes, temperature in the air has more moisture content . Due to the condensation of particles in the humidity liberates the particle which has high heat particles which increases the temperature.
Total moisture refers to the entire amount of water stored within a poruous medium. Inherrent moisture is the moisture that is stored within the pores of individual particles and can only be removed using thermal methods.
moisture,cooling,nuclei-particles
He discovered how rainbows were made, with a prism that reflected on the particles of moisture in the air.
Resitance of air varies based on: 1. Percentage content of moisture (higher the moisture, lesser the resistance) 2. Percentage content of suspended dust particles and conductivity of those suspended particles (higher the content, lesser the resistance)
It absorbs moisture in the package
I don't think so but dust particles / volcanic ash does.
Efficiency = [Qr/Qd] x 100 where Qr =[ Qv x Mr ]/td Qr = heat required to vaporized moisture (kJ/h) Qv = heat of vaporization of water , KJ/Kg Qd = heat supplied to the dryer, KJ/h Mr = moisture removed, kg -winxbrooke
An increase in moisture content typically results in a decrease in the angle of repose of chalk. This is because moisture lubricates the particles, reducing friction between them and causing them to slide more easily past each other. As a result, the chalk particles are less able to stack compactly, leading to a lower angle of repose.